CN206422464U - A kind of electric peeler - Google Patents
A kind of electric peeler Download PDFInfo
- Publication number
- CN206422464U CN206422464U CN201720033546.6U CN201720033546U CN206422464U CN 206422464 U CN206422464 U CN 206422464U CN 201720033546 U CN201720033546 U CN 201720033546U CN 206422464 U CN206422464 U CN 206422464U
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- Prior art keywords
- clamping
- cable
- milling
- cable sleeve
- annular
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- Withdrawn - After Issue
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Abstract
The utility model is related to power cable processing unit technical field, specifically a kind of electric peeler, it is provided with cable sleeve, it is characterised by that cable sleeve is provided with clamping guiding mechanism, traction drive mechanism and cutting mechanism, clamping guiding mechanism while clamping cable also can relief cable move forward, traction drive mechanism driving cable also can guarantee that the length of cable cutting while forward movement, the accurate milling depth of cutting mechanism energy, also the ring cutting of cable can be realized, has the advantages that simple in construction, easy to use, depth of cut is adjustable, cutting accuracy is high.
Description
Technical field
The present invention relates to power cable processing unit technical field, specifically it is a kind of it is simple in construction, easy to use, cut
Cut the electric peeler that depth is adjustable, cutting accuracy is high.
Background technology
It is well known that developing rapidly with imbedded power cable laying work, the requirements at the higher level proposed to cable protection,
Cable protecting sleeve is by the pre-treatment of sandblasting ball blast, leaching modeling or application, heating cure work using polythene PE and high-quality steel pipe
Skill is made.It is a kind of electric insulating tube for protecting electric wire and cable the most frequently used.Because good, chemical steady with insulating properties
Qualitative height, non-corrosive, not aging, it is suitable for severe rugged environment and is applied extensively, this innate advantage is in our daily
But inconvenience is brought in work, it is again laborious during to the processing working expenditure of cable sheath, in order to ensure the electrical equipment connection effect of cable,
Generally peeling processing is carried out to connection cable, a segment table skin of end be peelled off, then connect cables to connected position
Put；The electric conductivity of cable connection so can be just effectively ensured.But the epidermis that peel off on end be one it is very careful and
Cumbersome careful work again, must because general scene needs the cable for carrying out peeling a lot, and when carrying out cable peeling operation
Must be careful, it is careless slightly, the wire of the inside will be injured, influence wire crosses electric energy power and intensity.
At present, the instrument of tradition stripping cable sheath is using instruments such as electrician's knife, plastic cutter or wallpaper knives, due to cable sheath
It is very hard, in construction, often there is workmen to be cut in force process in one's hands or cut work clothes or even cut other portions of body
The generation of the sanguinary incident of position, in especially constructing in the winter time, cable sheath can become harder, and general tool is more difficult to be shelled
Open, it is undue firmly can be more dangerous, so using this kind of instrument during cable sheath is shelled it is very dangerous.At present, it is right
Hand-operated tools are mainly used in divesting for high-tension cable crust, make hand-operated tools edge by the external force manually applied
Electric cable rotary, is divested cable sheath using peeling cutter is molded.External force and push type broach due to making instrument rotation etc. are acted
Manually apply, be not easy to realize that artificial intelligence is operated, while also increasing manually-operated insecurity.
The content of the invention
Present invention aim to address above-mentioned the deficiencies in the prior art, there is provided a kind of simple in construction, easy to use, cutting is deep
Spend the high electric peeler of adjustable, cutting accuracy.
The technical solution adopted for the present invention to solve the technical problems is：
A kind of electric peeler, provided with cable sleeve, it is characterised in that cable sleeve is provided with clamping guiding mechanism, traction
Drive mechanism and cutting mechanism, described clamping guiding mechanism are located at the two ends of cable sleeve, and clamping guiding mechanism is by being trapped among electricity
The clamping housing of cable sleeve edge, positioning clamping assembly and clamping ratchet handle composition, the described cable sleeve edge that is trapped among
At least provided with three groups of positioning clamping assemblies in clamping housing, described positioning clamping assembly is by coupled wheel, driving tooth post, orienting roll
Wheel and connection driving timing belt composition, the rotated axle in upper end of described driving tooth post are connected with coupled wheel, driving tooth post
Lower end through cable sleeve and provided with guide roller, the axis of rolling of guide roller with cable sleeve is axially vertical makes guide roller edge
Between the coupled wheel in cable sleeve axial rotation, three groups of described positioning clamping assemblies and mutually to be interconnected through interlocking driving timing belt
Connect, one of coupled wheel is provided with clamping ratchet handle, clamping ratchet handle is connected through connecting shaft with coupled wheel, by turning
Dynamic clamping ratchet handle and then drive coupled wheel rotation, coupled wheel drive two other coupled wheel to revolve by interlocking driving timing belt
Turn, and then drive shifting clamping cable in three driving tooth posts to move；Described traction drive mechanism is located at cable sleeve
Top, traction drive mechanism is made up of vertical drive motor, soft rail chi collector, clamp and soft rail chi, and described soft rail chi is received
The cable sleeve at device rear received is provided with vertical drive motor, described soft rail chi collector and is provided with soft rail chi, soft rail chi
One end is connected with the storage roller in soft rail chi collector, and the other end stretches out soft rail chi collector and sequentially passes through zigzag tread patterns
The clamping housing for being trapped among cable sleeve edge in the drive shaft of motor, clamping guiding mechanism is connected with clamp, and described is soft
The upper surface of rail chi is provided with synchronous gear, and synchronous gear is meshed with the drive shaft of vertical drive motor, and cable is lived in clamp clamping, so
Afterwards soft rail chi is taken in soft rail chi collector to drive cable to move forward by the driving of vertical drive motor；Described
Cutting mechanism is located at the front end of cable sleeve, and cutting mechanism is by annular milling housing, the milling component with cable sleeve coaxial line
With rotary components composition, described milling housing is interior to be provided with milling component and rotary components, and described milling component is by milling electricity
Machine, height regulating rod and milling head composition, described milling motor are located in milling housing, and the front end output end of milling motor is stretched
Go out annular milling housing inner ring and provided with milling head, the rear end of described milling motor is connected with height regulating rod, height is adjusted
The lower end of pole is connected with the rear end of milling motor, and the upper end of height regulating rod passes through the outer shroud of annular milling housing and is provided with
Rotary handle, described height regulating rod is connected with the outer shroud of annular milling housing through screw thread, and described rotary components are by revolving
Turn the annular tooth wheel disc of motor, rotary drive gear and outer shroud with tooth connection to constitute, described annular tooth wheel disc and electricity
The front end of cable sleeve pipe is connected, and the axis of annular tooth wheel disc and the axis of cable sleeve are on same straight line, described rotation
Motor is located at annular milling enclosure interior, and the output shaft of rotary drive motor is connected with rotary drive gear, and rotation is driven
Moving gear is meshed with the tooth connection on annular tooth wheel disc outer shroud, and rotary drive gear is under the drive of rotary drive motor in ring
It is in rotary moving on the outer shroud of shape toothed disc, and then drive annular milling housing to move in a circle, realize annular cutting.
Annular milling housing side in cutting mechanism of the present invention is provided with the annular for stationary annular toothed disc
Chamber, it is ensured that axis of the annular milling housing along annular tooth wheel disc is rotated, it is ensured that cutting accuracy.
Height regulating rod in the milling component of cutting mechanism of the present invention is provided with graduation mark, it is ensured that can accurate milling
The depth of cut of crop.
Soft rail chi in traction drive mechanism of the present invention is provided with graduation mark, determines cable Cutting Length, it is ensured that
Cutting is accurate.
Set on cable sleeve immediately below the drive shaft of vertical drive motor in traction drive mechanism of the present invention
There is clamping pulley, clamping pulley and drive shaft cooperating make soft rail chi displacement.
Roller in traction drive mechanism of the present invention in soft rail chi collector is provided with clockwork spring, aids in soft rail chi
Rotation is stored.
Cable sleeve in positioning clamping assembly in clamping guiding mechanism of the present invention between adjacent coupled wheel
Expand wheel provided with support, described connection driving timing belt expands the outer shroud of wheel by support, prevent connection driving timing belt to electricity
Cable sleeve pipe produces friction, influences the work of clamping guiding mechanism.
The lower end of cable sleeve of the present invention facilitates cable to put in fixed bayonet socket, the two of bayonet socket provided with ringent
Coupled wheel in the clamping housing at end in positioning clamping assembly is connected with being connected the two ends of driving timing belt respectively, wherein connecting
One end of driving timing belt rotates forward to tighten up with coupled wheel to be connected, the other end and another coupled wheel of connection driving timing belt
Connection is tightened up in reverse rotation, it is ensured that ensure that connection driving timing belt is in tight state during clamping ratchet handle is pulled
While can also realize the spinning movement of coupled wheel.
The connecting shaft being connected in the clamping guiding mechanism at cable sleeve two ends of the present invention with clamping ratchet handle
Synchronized shaft coupling is connected, and two clamping guiding mechanism runnings can be driven by being so provided only with a clamping ratchet handle.
The present invention is provided with clamping guiding mechanism, traction drive mechanism and cutting mechanism due to cable sleeve, and clamping is oriented to
Mechanism while clamping cable also can relief cable move forward, traction drive mechanism driving cable move forward while
Can guarantee that the length of cable cutting, cutting mechanism can accurate milling depth, can also realize the ring cutting of cable, with it is simple in construction,
The advantages of easy to use, depth of cut is adjustable, cutting accuracy is high.
Brief description of the drawings
Fig. 1 is the structural representation of the present invention.
Fig. 2 is the left view of clamping guiding mechanism in the present invention.
Fig. 3 is the partial enlarged drawing in A portions in Fig. 1.
Embodiment
The present invention is further described below in conjunction with the accompanying drawings：
As shown in drawings, a kind of electric peeler, provided with cable sleeve 1, it is characterised in that cable sleeve 1 is provided with clamping
Guiding mechanism, traction drive mechanism and cutting mechanism, described clamping guiding mechanism are located at the two ends of cable sleeve 1, and clamping is led
It is made up of to mechanism the clamping housing 2, positioning clamping assembly and clamping ratchet handle 3 for being trapped among the edge of cable sleeve 1, described encloses
At least provided with three groups of positioning clamping assemblies in the clamping housing 2 at the edge of cable sleeve 1, described positioning clamping assembly is by linking
Wheel 4, driving tooth post 5, guide roller 6 and connection driving timing belt 7 constitute, the rotated axle 8 in upper end of described driving tooth post 5 and
Coupled wheel 4 is connected, the lower end of driving tooth post 5 through cable sleeve 1 and provided with guide roller 6, the axis of rolling of guide roller 6 with
Cable sleeve 4 is axially vertical to make guide roller 6 along the axial rotation of cable sleeve 1, in three groups of described positioning clamping assemblies
It is connected with each other between coupled wheel 4 through interlocking driving timing belt 7, one of coupled wheel 4 is provided with clamping ratchet handle 3, clamping
Ratchet handle 3 is connected through connecting shaft 9 with coupled wheel 4, by rotating clamping ratchet handle 3 and then driving coupled wheel 4 to rotate, joins
Driving wheel 4 drives two other coupled wheel 4 to rotate by interlocking driving timing belt 7, and then moves clamping in three driving tooth posts 5 of drive
Cable is moved；Described traction drive mechanism is located at the top of cable sleeve 1, and traction drive mechanism is by vertical drive motor
10th, soft rail chi collector 11, clamp 12 and soft rail chi 13 are constituted, on the cable sleeve 1 at the described soft rear of rail chi collector 11
Provided with vertical drive motor 10, soft rail chi 13, one end of soft rail chi 13 and soft rail chi are provided with described soft rail chi collector 11
Storage roller in collector 11 is connected, and the other end stretches out soft rail chi collector 11 and sequentially passes through vertical drive motor 10
The clamping housing 2 for being trapped among the edge of cable sleeve 1 in drive shaft 14, clamping guiding mechanism is connected with clamp 12, and described is soft
The upper surface of rail chi 13 is provided with synchronous gear 15, and synchronous gear 15 is meshed with the drive shaft 14 of vertical drive motor 10, clamp 12
Cable is lived in clamping, then takes in soft rail chi 13 in soft rail chi collector 11 to drive by the driving of vertical drive motor 10
Cable is moved forward；Described cutting mechanism be located at cable sleeve 1 front end, cutting mechanism by with the coaxial line of cable sleeve 1
Milling component and rotation group are provided with annular milling housing 16, milling component and rotary components composition, described milling housing 16
Part, described milling component is made up of milling motor 17, height regulating rod 18 and milling head 19, and described milling motor 17 is located at
In milling housing 16, the front end output end of milling motor 17 stretches out the annular inner ring of milling housing 16 and provided with milling first 19, described
The rear end of milling motor 17 be connected with height regulating rod 18, the lower end of height regulating rod 18 and the rear end phase of milling motor 17
Connection, the upper end of height regulating rod 18 passes through the outer shroud of annular milling housing 16 and provided with rotary handle 20, and described height is adjusted
Pole 18 is connected with the outer shroud of annular milling housing 16 through screw thread, and described rotary components are by rotary drive motor 21, rotation
The annular tooth wheel disc 23 of drive gear 22 and outer shroud with tooth connection is constituted, described annular tooth wheel disc 23 and cable sleeve 1
Front end is connected, and the axis of annular tooth wheel disc 23 is with the axis of cable sleeve 1 on same straight line, and described rotation driving is electric
Machine 21 is located inside annular milling housing 16, and the output shaft of rotary drive motor 21 is connected with rotary drive gear 22, rotation
Drive gear 22 is meshed with the tooth connection on the outer shroud of annular tooth wheel disc 23, and rotary drive gear 22 is in rotary drive motor 21
It is in rotary moving on the outer shroud of annular tooth wheel disc 23 under drive, and then drive annular milling housing 16 to move in a circle, realize ring
Shape is cut, and the annular side of milling housing 16 in described cutting mechanism is provided with the annular chamber 24 for stationary annular toothed disc,
Ensure that annular milling housing 16 is rotated along the axis of annular tooth wheel disc 23, it is ensured that cutting accuracy, described cutting mechanism
Milling component in height regulating rod 18 be provided with graduation mark, it is ensured that can accurate milling head depth of cut, described traction
Soft rail chi 13 in drive mechanism is provided with graduation mark, determines cable Cutting Length, it is ensured that cutting is accurate, described traction drive
Cable sleeve 1 immediately below the drive shaft 14 of vertical drive motor 10 in mechanism is provided with clamping pulley 25, clamping pulley 25 and drive
The cooperating of moving axis 14 makes on the roller in the soft displacement of rail chi 13, described traction drive mechanism in soft rail chi collector 11
Provided with clockwork spring, the rotation of soft rail chi 13 is aided in store, adjacent connection in the positioning clamping assembly in described clamping guiding mechanism
Cable sleeve 1 between driving wheel 4 expands wheel 26 provided with support, and described connection driving timing belt 7 expands the outer of wheel 26 by support
Ring, prevents connection driving timing belt 7 from producing friction to cable sleeve 1, influences the work of clamping guiding mechanism, described cable joint-box
The lower end of pipe facilitates cable to put in locator card in fixed bayonet socket 27, the clamping housing 2 at the two ends of bayonet socket 27 provided with ringent
Coupled wheel 4 in tight component is connected with being connected the two ends of driving timing belt 7 respectively, wherein one end of connection driving timing belt 7
Rotate forward to tighten up with coupled wheel 4 and be connected, the other end of connection driving timing belt 7 is reversely rotated with another coupled wheel 4 to be tightened up
Connection, it is ensured that also can while ensureing that connection driving timing belt 7 is in tight state during pulling clamping ratchet handle 3
Realize the spinning movement of coupled wheel 4, be connected in the clamping guiding mechanism at described two ends of cable sleeve 1 with clamping ratchet handle 3
The synchronized shaft coupling 28 of connecting shaft 9 connect is connected, and two clamping guiding can be driven by being so provided only with a clamping ratchet handle 3
Organisation operations.
In the use of the present invention, cable to be cut is placed on inside cable sleeve 1 by bayonet socket 27 first, Ran Houqi
Dynamic clamping guiding mechanism, pulls clamping ratchet handle 3 and then drives the rotation of coupled wheel 4, driving tooth post 5 is moved into carry out clamping
Cable, it is then determined that needing the length of peeling, the clamp 12 in traction drive mechanism are connected on cable ad-hoc location, then is beaten
Vertical drive motor 10 is opened, by the lower section of the milling first 19 of milling motor 17 of the cable drive into cutting mechanism, then milling is determined
Depth is cut, vertical drive motor is opened again after adjusting milling depth, the milling depth for regulating determination by height regulating rod 18
10 and milling motor 17, and then it is longitudinally cutting to realize cable, after clamp 12, which block cable, not to move forward, closes zigzag tread patterns electricity
Machine 10, opens the transverse cuts that rotary drive motor 21 realizes cable, and then completes the peeling work of cable, whole worked
Cheng Zhong, clamp 12 not only have the function that clamping cable moves forward, moreover it is possible to realize the effect of control cable reach length, shell cable
The precision of skin further increases.
The present invention is provided with clamping guiding mechanism, traction drive mechanism and cutting mechanism due to cable sleeve, and clamping is oriented to
Mechanism while clamping cable also can relief cable move forward, traction drive mechanism driving cable move forward while
Can guarantee that the length of cable cutting, cutting mechanism can accurate milling depth, can also realize the ring cutting of cable, with it is simple in construction,
The advantages of easy to use, depth of cut is adjustable, cutting accuracy is high.
Claims (9)
1. a kind of electric peeler, provided with cable sleeve, it is characterised in that cable sleeve drives provided with clamping guiding mechanism, traction
Motivation structure and cutting mechanism, described clamping guiding mechanism are located at the two ends of cable sleeve, and clamping guiding mechanism is by being trapped among cable
Clamping housing, positioning clamping assembly and the clamping ratchet handle composition of sleeve edge, the described card for being trapped among cable sleeve edge
At least provided with three groups of positioning clamping assemblies in tight housing, described positioning clamping assembly is by coupled wheel, driving tooth post, guide roller
With connection driving timing belt composition, the rotated axle in upper end of described driving tooth post is connected with coupled wheel, under driving tooth post
End through cable sleeve and provided with guide roller, the axis of rolling of guide roller and cable sleeve be axially vertical make guide roller along
Mutually interconnected between coupled wheel in cable sleeve axial rotation, three groups of described positioning clamping assemblies through interlocking driving timing belt
Connect, one of coupled wheel is provided with clamping ratchet handle, clamping ratchet handle is connected through connecting shaft with coupled wheel, by turning
Dynamic clamping ratchet handle and then drive coupled wheel rotation, coupled wheel drive two other coupled wheel to revolve by interlocking driving timing belt
Turn, and then drive shifting clamping cable in three driving tooth posts to move；Described traction drive mechanism is located at cable sleeve
Top, traction drive mechanism is made up of vertical drive motor, soft rail chi collector, clamp and soft rail chi, and described soft rail chi is received
The cable sleeve at device rear received is provided with vertical drive motor, described soft rail chi collector and is provided with soft rail chi, soft rail chi
One end is connected with the storage roller in soft rail chi collector, and the other end stretches out soft rail chi collector and sequentially passes through zigzag tread patterns
The clamping housing for being trapped among cable sleeve edge in the drive shaft of motor, clamping guiding mechanism is connected with clamp, and described is soft
The upper surface of rail chi is provided with synchronous gear, and synchronous gear is meshed with the drive shaft of vertical drive motor, and cable is lived in clamp clamping, so
Afterwards soft rail chi is taken in soft rail chi collector to drive cable to move forward by the driving of vertical drive motor；Described
Cutting mechanism is located at the front end of cable sleeve, and cutting mechanism is by annular milling housing, the milling component with cable sleeve coaxial line
With rotary components composition, described milling housing is interior to be provided with milling component and rotary components, and described milling component is by milling electricity
Machine, height regulating rod and milling head composition, described milling motor are located in milling housing, and the front end output end of milling motor is stretched
Go out annular milling housing inner ring and provided with milling head, the rear end of described milling motor is connected with height regulating rod, height is adjusted
The lower end of pole is connected with the rear end of milling motor, and the upper end of height regulating rod passes through the outer shroud of annular milling housing and is provided with
Rotary handle, described height regulating rod is connected with the outer shroud of annular milling housing through screw thread, and described rotary components are by revolving
Turn the annular tooth wheel disc of motor, rotary drive gear and outer shroud with tooth connection to constitute, described annular tooth wheel disc and electricity
The front end of cable sleeve pipe is connected, and the axis of annular tooth wheel disc and the axis of cable sleeve are on same straight line, described rotation
Motor is located at annular milling enclosure interior, and the output shaft of rotary drive motor is connected with rotary drive gear, and rotation is driven
Moving gear is meshed with the tooth connection on annular tooth wheel disc outer shroud, and rotary drive gear is under the drive of rotary drive motor in ring
It is in rotary moving on the outer shroud of shape toothed disc, and then drive annular milling housing to move in a circle, realize annular cutting.
2. a kind of electric peeler according to claim 1, it is characterised in that the annular milling in described cutting mechanism
Housing side is provided with the annular chamber for stationary annular toothed disc.
3. a kind of electric peeler according to claim 1, it is characterised in that in the milling component of described cutting mechanism
Height regulating rod be provided with graduation mark.
4. a kind of electric peeler according to claim 1, it is characterised in that the soft rail in described traction drive mechanism
Chi is provided with graduation mark.
5. a kind of electric peeler according to claim 1, it is characterised in that the longitudinal direction in described traction drive mechanism
Cable sleeve immediately below the drive shaft of motor is provided with clamping pulley.
6. a kind of electric peeler according to claim 1, it is characterised in that soft rail chi in described traction drive mechanism
Roller in collector is provided with clockwork spring.
7. a kind of electric peeler according to claim 1, it is characterised in that the positioning in described clamping guiding mechanism
Cable sleeve in clamping assembly between adjacent coupled wheel expands wheel provided with support, and described connection driving timing belt is by branch
The outer shroud of wheel is expanded in support.
8. a kind of electric peeler according to claim 1, it is characterised in that the lower end of described cable sleeve is provided with and opened
The coupled wheel for facilitating cable to put in fixed bayonet socket, the clamping housing at the two ends of bayonet socket in positioning clamping assembly of mouth shape is distinguished
It is connected with the two ends for being connected driving timing belt, wherein one end of connection driving timing belt rotates forward the company of tightening up with coupled wheel
Connect, the other end of connection driving timing belt reversely rotates to tighten up with another coupled wheel to be connected.
9. a kind of electric peeler according to claim 1, it is characterised in that the clamping at described cable sleeve two ends is led
The synchronized shaft coupling of connecting shaft being connected into mechanism with clamping ratchet handle is connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720033546.6U CN206422464U (en) | 2017-01-12 | 2017-01-12 | A kind of electric peeler |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720033546.6U CN206422464U (en) | 2017-01-12 | 2017-01-12 | A kind of electric peeler |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206422464U true CN206422464U (en) | 2017-08-18 |
Family
ID=59575029
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720033546.6U Withdrawn - After Issue CN206422464U (en) | 2017-01-12 | 2017-01-12 | A kind of electric peeler |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206422464U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106505488A (en) * | 2017-01-12 | 2017-03-15 | 于双溥 | A kind of electric peeler |
| CN108189188A (en) * | 2017-12-29 | 2018-06-22 | 陈漪 | Trees tree section raw material automate peeling equipment in a kind of wood processing machinery |
| CN110829152A (en) * | 2019-11-18 | 2020-02-21 | 姚超 | Processing machinery and processing method for manufacturing twisting head by multi-strand automobile wire harness |
-
2017
- 2017-01-12 CN CN201720033546.6U patent/CN206422464U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106505488A (en) * | 2017-01-12 | 2017-03-15 | 于双溥 | A kind of electric peeler |
| CN108189188A (en) * | 2017-12-29 | 2018-06-22 | 陈漪 | Trees tree section raw material automate peeling equipment in a kind of wood processing machinery |
| CN108189188B (en) * | 2017-12-29 | 2020-04-28 | 阜南县汇丰家居工艺品有限公司 | Automatic peeling equipment for raw materials of tree sections in wood processing machinery |
| CN110829152A (en) * | 2019-11-18 | 2020-02-21 | 姚超 | Processing machinery and processing method for manufacturing twisting head by multi-strand automobile wire harness |
| CN110829152B (en) * | 2019-11-18 | 2020-10-09 | 江西寒松连接系统有限公司 | Processing machinery and processing method for manufacturing twisting head by multi-strand automobile wire harness |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170818 Effective date of abandoning: 20180227 |
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| AV01 | Patent right actively abandoned |